ASPHALT AND CONCRETE SCANNING
Detect subsurface structures and issues in asphalt and concrete for infrastructure projects, construction, and other industries.
MISSION-CRITICAL INTELLIGENCE
If your project requires personnel to repair or replace asphalt or concrete, it’s critical to have a comprehensive understanding of what lies beneath. Drone-mounted, Ground Penetrating Radar (GPR) enables project teams to envision features beneath the surface of asphalt and concrete, including:
Utility lines
Post-tensioned cables
Steel-reinforcing bar (rebar)
Electrical conduits
Voids and gaps
Moisture-intrusion zones and drainage issues
Other subsurface defects
HOW GPR WORKS
Ground Penetrating Radar (GPR) scanning is a non-destructive testing (NDT) method used to detect features within asphalt and concrete before cutting or drilling. Drones are fitted with lightweight radar antennas and are typically flown close to the ground or building surface to scan the asphalt or concrete with radar waves. Along with detecting subsurface features, the GPR data can be used to accurately measure concrete slabs and the spacing of support features beneath to assess structural integrity.
ESSENTIAL ACROSS INDUSTRIES
Ground Penetrating Radar (GPR) scanning can play an essential role beyond scanning existing asphalt and concrete infrastructure. Other uses include:
Pre-construction site assessments for pipelines, roads, and railways
Mine safety assessments
Archeological surveys
Disaster assessments
Environmental remediation of legacy industrial sites
Optimising ACCESSIBILITY AND SAFETY
Drone scanning technology can easily access large-scale, remote, rugged, or dangerous environments, unlocking new capabilities and accelerating operations compared to traditional, ground-based scanning. This greatly reduces the risk to project personnel while providing operations teams with leading-edge data insights.
OUR DRONE SERVICES
Our next-generation solutions simplify complex projects, increase efficiency, improve safety, and deliver best-in-class data.
Crop health monitoring, yield estimation, and farm management through aerial analytics.
Track construction operations with aerial monitoring and progress reports.
Drone technology is setting a new standard in golf course and racecourse design and management.
Improve inventory tracking, operational flow, and security in warehouse environments.
Fast, precision surveys for boundary mapping and land development.
Fast, detailed inspections of roofs for damage assessment and maintenance planning.
Utilise drone capabilities to improve claims processing, risk assessment and underwriting, fraud prevention, and property monitoring.
Detailed imaging of solar panel, wind turbine, and hydroelectric site condition and performance.
Utilize drone insights to monitor operations and generate results.
Aerial mapping, imagery, and data to support infrastructure design and urban development.
Critical intelligence for emergency services, disaster response, search and rescue, and other agencies.
Precision depth scanning to detect structural defects and subsurface anomalies.
Monitor operations, assess stockpiles, and improve site safety with aerial analysis.
Non-invasive aerial mapping to discover and document archaeological sites in unmatched detail.
Precision 3D modeling of structures and landscapes for insightful analysis and visualization.
Multi-band imaging for vegetation analysis, land classification, and environmental studies.
Generate ultra-precise 3D terrain models for engineering and planning use.
Safe, efficient cleaning of building facades, infrastructure, and residential roofs and gutters.
Get stunning videos and photos to market residential, commercial, and industrial real estate projects.
Smarter solutions for monitoring and expansion planning for oil and gas operations.
Monitor towers, antennas, cables and other infrastructure to plan expansion and repairs.
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